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FLIR Vue Pro R 336 Radiometric Drone Thermal Imaging Cameras – 9Hz

FLIR Vue Pro R 336 Radiometric Drone Thermal Imaging Cameras – 9Hz
sku: FLIRVueProR336-9Hz

Free UK Delivery On Orders Over £40
  • Optimised for use with drones and sUAS
  • Capture radiometric thermal images with calibrated temperature data in each pixel
  • Available in three models with different lens sizes and FOVs

RRP: £2,519.20
£2,519.00 Incl. VAT £3,022.80
RRP: £2,519.20
£2,519.00 Incl. VAT £3,022.80
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Description

FLIR Vue Pro R 336 Radiometric Drone Thermal Imaging Cameras – 9Hz Details

The FLIR Vue Pro R 336 Radiometric Drone Thermal Imaging Cameras – 9Hz have been designed for use with drones and other sUAS. They are ideal for thermographers and drone operators who require a method by which to perform any of the following applications:

  • Building and roof inspections
  • Power grid inspections
  • Infrastructure analysis
  • Precision agriculture
  • Public safety operations

These cameras are available in three 9Hz versions (30Hz versions are available here) which differ in regards to their lens sizes and fields of view. For further information, please see the table below.

Model Code Model Name Lens Size FOV 
436-0019-00S FLIR Vue Pro R 336 Radiometric Drone Thermal Imaging Camera, 6.8mm, 45 x 34 6.8mm 45° x 34°
436-0020-00S FLIR Vue Pro R 336 Radiometric Drone Thermal Imaging Camera, 9mm, 35 x 27 9mm 35° x 27°
436-0021-00S FLIR Vue Pro R 336 Radiometric Drone Thermal Imaging Camera, 13 mm, 25 x 19 13mm 25° x 19°

In addition to performing real-time, non-contact, aerial temperature measurements, the FLIR Vue Pro R 336 Radiometric Drone Thermal Imaging Cameras can be used to capture still, radiometric, thermal images with calibrated temperature data embedded in each pixel. These images may be saved to the FLIR Vue Pro R 336 Radiometric Drone Thermal Imaging Cameras’ onboard micro-SD cards.

Still thermal images can be saved as radiometric JPEG files ensuring that the embedded, calibrated temperature data is retained in each pixel; alternatively, thermal images can be saved in 14-bit TIFF formats. It is also possible to record real-time thermal footage in a MOV format. These cameras are also capable of supporting a simple power-in/ analogue video-out interface over a 10-pin mini-USB connector.

As the FLIR Vue Pro R 336 Radiometric Drone Thermal Imaging Cameras are compatible with FLIR’s Tools Software, media captured using these cameras can be used to create reports and may be subjected to comprehensive post-flight analysis.

These cameras are also compatible with the FLIR Vue Pro mobile app via which the user is able to adjust the FLIR Vue Pro R 336 Radiometric Drone Thermal Imaging Cameras’ recording and control settings. Further to this, the user is able to alter the cameras' functions via PWM inputs emitted from the drone or sUAS’ controller.

As the FLIR Vue Pro R 336 Radiometric Drone Thermal Imaging Cameras are designed for aerial applications, their image settings are optimised for this purpose. Furthermore, the FLIR Vue Pro R 336 Radiometric Drone Thermal Imaging Cameras support MAVLink integration and are field upgradeable. Field-upgradeability ensures that the FLIR Vue Pro R 336 Radiometric Drone Thermal Imaging Cameras are always equipped with the latest features and functions allowing them to meet the demands of the industry.

The FLIR Vue Pro R 336 Radiometric Drone Thermal Imaging Cameras are adaptable, versatile and reliable thermal imagers; they are ideal for capturing radiometric thermal data from an aerial perspective.

FLIR Vue Pro R 336 Radiometric Drone Thermal Imaging Cameras Key Features

  • Designed for use with drones and other sUAS
  • Ideal for thermographers and drone operators requiring a method by which to gather aerial thermal information
  • Suitable for building and roof inspections
  • Can be used for power grid inspections
  • Ideal for infrastructure analysis
  • Suitable for precision agriculture
  • Can be used as part of public safety operations
  • Available in three versions with different lens sizes and FOVs
  • Thermal sensor resolution: 336 x 256 pixels
  • Perform real-time, non-contact, aerial temperature measurements
  • Capture still, radiometric thermal images with calibrated temperature data in each pixel
  • Save images to the onboard micro-SD card
  • Save thermal images as radiometric JPEG files
  • When saved as a radiometric JPEG file the embedded temperature data is retained
  • Alternatively, thermal images may be saved in a14-bit TIFF format
  • Record real-time thermal footage in a MOV format
  • Supports a simple power-in/ analogue video-out interface over a 10-pin mini-USB connector
  • Compatible with FLIR Tools Software
  • Adjust recording and control settings using FLIR’s Vue Pro mobile app
  • Alter the camera’s functions via PWM inputs emitted via the drone’s or sUAS’ controller
  • Image settings have been optimised for airborne operations
  • Supports MAVlink integration
  • Supports field-upgradeability
  • Adaptable, versatile and reliable thermal imagers
  • Ideal for capturing radiometric thermal data from an aerial perspective

What’s Included?

  • Your Choice of FLIR Vue Pro R 336 Radiometric Drone Thermal Imaging Camera – 9Hz
Technical Specs

Part Code: 436-0019-00S

FLIR Vue Pro R Radiometric Drone Thermal Imaging Cameras Technical Specifications 

Specifications  Vue Pro R 640 Vue Pro R 336
Thermal Imager Uncooled VOx Microbolometer
Sensor Resolution 640 × 512 336 × 256
Lens Options (FOV for Full-Sensor Digital Output) 9 mm; 69° × 56° 6.8 mm; 45° × 34°
13 mm; 45° × 37° 9 mm; 35° × 27°
19 mm; 32° × 26° 13 mm; 25° × 19°
Lens Options* (FOV for NTSC Analog Output) 9 mm; 62° × 49° 6.8 mm; 44° × 33°
13 mm; 45° × 35° 9 mm; 34° × 26°
19 mm; 32° × 24° 13 mm; 24° × 18°
Spectral Band 7.5 - 13.5 μm
Frame Rate 9Hz
Measurement Accuracy +/-5°C or 5% of reading
Physical Attributes
Size 2.26" x 1.75" (including lens)
Weight 3.25 - 4 oz (Configuration Dependant)
Precision Mounting Holes Two M2x0.4 on each of two sides & bottom One 1/4-20 threaded hole on top
Image Processing and Display Controls 
Image Optimization for sUAS Yes
Scene Presets & Image Processing? Yes - Adjustable in App
Invertible Image?  Yes- Adjustable in App
Colour Palettes Yes – Adjustable in App and via PWM
Zoom Yes – Adjustable in App and via PWM
Interfacing
Input Voltage 4.8-6.0 VDC
Power Dissipation (Peak) 2.1 W (3.9 W)
Environmental 
Operating Temperature Range -20°C to +50°C
Non-Operating Temperature Range -55°C to +95°C
Operational Altitude +40,000 feet
OPTIONAL Power/ HDMI Video Module Accessory
Input Power Range 5 VDC – 28 VDC
Reverse Polarity Protection? Yes
Analog Video Output? Yes
HDMI Output 1280x720 @ 50hz, 60hz
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